AP Chemistry

Overview:

The AP Chemistry course offers a rigorous exploration of the fundamental principles of chemistry, including atomic structure, chemical bonding, reactions, thermodynamics, kinetics, and equilibrium. Through hands-on laboratory experiments, problem-solving exercises, and conceptual exploration, students will develop critical thinking skills and gain a deep understanding of the laws and theories governing chemical phenomena. This course prepares students for the AP Chemistry exam and introduces them to key concepts applicable to college-level chemistry courses.

Skills to Learn:

• Mastery of fundamental concepts in chemistry, including atomic theory, chemical bonding, and stoichiometry
• Proficiency in laboratory techniques and experimental design
• Ability to apply mathematical principles to solve chemical problems, including stoichiometric calculations and mathematical modeling
• Critical thinking skills for analyzing and interpreting experimental data and chemical phenomena

Prerequisites:

• Strong foundation in algebra and basic mathematical concepts
• Familiarity with fundamental chemistry principles, such as atomic structure, chemical bonding, and stoichiometry
• Analytical thinking skills and the ability to apply mathematical reasoning to solve problems
• Previous coursework in high school chemistry or equivalent background knowledge

Curriculum:

1)Structure of Matter:

• Atomic theory and atomic structure
• Periodic trends and properties of elements
• Chemical bonding and molecular structure

2)States of Matter:

• Properties of solids, liquids, and gasses
• Intermolecular forces and phase changes
• Solutions and colligative properties

3)Chemical Reactions:

• Types of chemical reactions (acid-base, redox, precipitation, etc.)
• Stoichiometry and balancing chemical equations
• Thermochemistry and calorimetry

4)Chemical Kinetics:

• Reaction rates and rate laws
• Factors affecting reaction rates
• Collision theory and activation energy

5)Chemical Equilibrium:

• Equilibrium constants and the equilibrium constant expression
• Le Chatelier’s principle and equilibrium shifts
• Solubility equilibrium and acid-base equilibrium

   

6)Acids and Bases:

• Arrhenius, Bronsted-Lowry, and Lewis acid-base theories
• pH and pOH calculations

Buffer solutions and titrations

7)Electrochemistry:

• Electrochemical cells and cell potentials
• Faraday’s laws of electrolysis
• Applications of electrochemistry (batteries, electrolysis, corrosion)

8)Organic Chemistry:

• Structure and nomenclature of organic compounds
• Functional groups and their properties
• Reaction mechanisms and organic synthesis

9)Nuclear Chemistry:

• Nuclear reactions and radioactive decay
• Nuclear stability and binding energy
• Applications of nuclear chemistry (radioactive dating, nuclear energy)
  

10)Experimental Design and Laboratory Investigations:

• Safety protocols and laboratory techniques
• Designing and conducting experiments to investigate chemical phenomena
• Data collection, analysis, and interpretation

11)Exam Preparation and Practice:

• Review of key concepts and skills tested on the AP Chemistry exam
• Practice with multiple-choice and free-response questions
• Test-taking strategies and tips for success on the AP Chemistry exam

Through a combination of lectures, demonstrations, laboratory experiments, and problem-solving activities, students will develop a strong foundation in chemistry principles and their applications. This course will equip students with the analytical tools and critical thinking skills necessary to succeed in college-level chemistry courses and pursue further study or careers in chemistry-related fields.

Who: 10,11 and 12th Grades

Duration: 40-60 hours

Fee: $1500